TE Connectivity MATE-N-LOK Connector Housing - TE Connectivity 350810-1, Universal white Mate-N-Lok receptacle housing with 5 ways from TE Connectivity, ideal for a range of industrial applications. TE Connectivity 350810-1 5 Way MATE-N-LOK Receptacle...
This ring tongues offers reliable connections.
The basic material is a highly conductive copper, electrolytically tin-plated, in order to ensure anti-corrosion paint potentiometer On the tongue of the connector is the usable conductor cross-section area. The multiple innenrillung of the crimp range...
2.602 - 6.604 mm²
The fully insulated ultra fast FASTON Plug-in and flat plug offer the advantages of a fully protected contact and head of the sliding. Ultra-fast-Plus has an additional insulation crimp. User-friendly design allows for easy insertion. In addition, electrical...
Power rating (electric): 1 W; Product size (height): 3.2 mm; Product size (length): 6.4 mm; Product size (width): 6 mm; Resistance (num): 10 kΩ; Temperature coefficient: 200 ppm; Tolerance (+/-): 5 %; Type (resistor/capacitor): SMD
The fully insulated ultra fast FASTON Plug-in and flat plug offer the advantages of a fully protected contact and head of the sliding. User-friendly design allows for easy insertion. In addition, electrical short circuits due to exposed cables yourself...
The fully insulated ultra fast FASTON Plug-in and flat plug offer the advantages of a fully protected contact and head of the sliding. User-friendly design allows for easy insertion. In addition, electrical short circuits due to exposed cables yourself...
The fully insulated ultra fast FASTON Plug-in and flat plug offer the advantages of a fully protected contact and head of the sliding. User-friendly design allows for easy insertion. In addition, electrical short circuits due to exposed cables yourself...
The fully insulated ultra fast FASTON Plug-in and flat plug offer the advantages of a fully protected contact and head of the sliding. User-friendly design allows for easy insertion. In addition, electrical short circuits due to exposed cables yourself...